private void UpdateStats()
{
try
{
var totalQueueSizeInBytes = Queue.ToList().Sum((q) => q.File == null ? 0d : q.File.SizeInBytes);
var totalToTransferInBytes = Workers.ToList().Sum((w) => w.SizeInBytes);
var speedSample = new List <Worker>(Workers.Where((w) => w.SpeedInBytes > 0));
speedSample.AddRange(WorkersHistory.Skip(WorkersHistory.Count - 10).Where((w) => w.SpeedInBytes > 0));
var currentSpeed = speedSample.Count == 0 ? 0d : speedSample.Average((w) => w.SpeedInBytes);
_SpeedHistory.Add(currentSpeed);
while (_SpeedHistory.Count > 120)
{
_SpeedHistory.RemoveAt(0);
}
var averageSpeed = _SpeedHistory.Average((s) => s);
if (Workers.Count == 0)
{
averageSpeed = 0;
}
AverageSpeed = SizeUtil.Format(averageSpeed, "/s");
TotalQueueSize = SizeUtil.Format(totalQueueSizeInBytes);
TotalToTransfer = SizeUtil.Format(totalToTransferInBytes);
TotalTransfered = SizeUtil.Format(Workers.ToList().Sum((w) => w.TransferedInBytes));
RemainingTime = Workers.Count == 0 ? TimeSpan.FromSeconds(0) : Workers.ToList().Max((w) => w.TimeRemaining);
QueueCount = Queue.Count;
WorkersCount = Workers.Count;
QueueRemainingTime = TimeSpan.FromSeconds(averageSpeed == 0 ? 0 : Convert.ToInt32((totalQueueSizeInBytes + totalToTransferInBytes) / averageSpeed));
}
catch { }
}
private void ArchiveWorker(Worker worker)
{
worker.Thread = null;
worker.BlobJob.StorageAccountKey = null;
ExecuteOnUI(() =>
{
Workers.Remove(worker);
WorkersHistory.Add(worker);
});
}